Helical Spring Antennas: Which is Better, Golden or Silver?

The antenna’s size and frequency directly influence the gain performance of external omnidirectional terminal antennas. The 2dBi, 3dBi, or 5dBi gain of external omnidirectional antennas is determined by their operating frequency and physical dimensions (length).

New External IoT Antenna for Metal-Shell Wireless Sensors

Introducing the Aboosty’s brand-new upgraded external IoT antenna series specially designed for metal-cased wireless sensors. It features a unique monopole design that utilizes the sensor’s metal casing as the ground. In challenging industrial environments with poor network coverage due to obstructions and physical barriers, this antenna significantly improves signal reception, transmission stability, and accuracy at low frequencies compared to standard antennas.

External Antenna Selection Guide: Understanding the Relationship between Terminal Antenna’s Size and Gain

The antenna’s size and frequency directly influence the gain performance of external omnidirectional terminal antennas. The 2dBi, 3dBi, or 5dBi gain of external omnidirectional antennas is determined by their operating frequency and physical dimensions (length).

Low-Pressure Injection Molding Enhances Antenna Durability

Solution Overview Low-pressure injection molding has been in use for 55 years and continues to be widely applied. Unlike modern digital packaging technologies, it can fully encapsulate antennas and offer superior protection for sensitive electronic components. Aboosty’s maximum LPM encapsulation size achieves 150 x 120 x 30 mm. Case 1 Case 2 The origins of […]

ABOOSTY’s Anti-Slip Design for Fiberglass Antenna Joints

Being long exposed to tough conditions such as wind, rain, and sunlight, fiberglass antennas which are designed to be used out of doors, face a lot of wear and tears. Thus, the requirements concerning the materials, the processes, as well as the testing standards are targets that are set for outdoor products and differ significantly from indoor products.

ABOOSTY’s Innovative Tool for Easy SMA Connectors Installation

SMA (SubMiniature version A) connectors were developed in the 1960s as semi-precision coaxial RF connectors and a minimal connector interface for coaxial cables. Nowadays, they have become essential components in the rapidly advancing communications industry. Acting as a sturdy bridge, SMA connectors create a stable and efficient RF electrical connection between antennas and RF motherboards. Their detachable and installable features provide users with great flexibility when choosing antennas. They can choose from a variety of antennas with standard SMA interfaces for greater versatility in antenna selection.

ABOOSTY Z-Wave Antennas: Tackling Signal Coverage Challenges in Spacious Residents

In scenarios where the living space is relatively large, such as in large villas with numerous walls, conventional antennas face substantial signal loss and interference. Factors such as long distances, multiple walls, doors, and other barriers can obstruct and reflect signals, weakening them. This often results in inadequate coverage, necessitating extra boosters or repeaters to maintain reliable performance. To overcome these challenges, the Aboosty team has developed a solution that integrates Z-Wave technology with an omnidirectional, high-gain antenna.